Generator Wiring Diagram | Shindaiwa 4 Cycle Diesel Engine specification

15. Generator Wiring Diagram

(220V 60Hz)

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Shindaiwa 4 Cycle Diesel Engine specifications Generator Wiring Diagram

Contents

ＤＧＷ３１１ＤＭＤＧＷ３１１Ｌ Introduction Safety Guidelines Page DGW311DM DGW311L Specifications DGW311DM DGW311L Use Parts Equipment ECO Welding DGW311DM only Monitor Lamp Earth Leakage Breaker Earth Grounding Terminal Bonnet Grounding Grounding ROD Checking Engine Oil Slow-Down FeatureInitialization and Pre-check SAE10W/30 Checking Coolant/Water Lowest Ambient Temperature Mixture Ratio 30% 35% 45% Checking Fuel Operation Initializing/Preparation Checking BatteryChecking Fuel, Engine Oil and Water Leakage Ishes ⑧ Keep the engine idle for about 5 minutes Welding Operation Selection Welding Cable „ Restart after stopping due to fuel shortageStopping Generator/Welder ECO Single Dual Welding Rod Φ2.0 φ4.0 Φ2.6 φ6.0 PolarityConnection Welding Cable Duty Cycle Welding Maximum output from the terminals U, V, W is 10kVA 『DUAL 』35-280A45-310A φ2.0-φ6.0 380V 400V 415V 2.2 1-Phase Output Terminals 380V 400V 415V Output Limitation Operation Simultaneous Use of Welding and Generating Checking and Maintenance Clean/Change Fuel Filter Adjust Tension V-BeltAdjust Engine Valve Clearance 50hrs Remove the cup and fuel filter element Turn the fuel line valve lever to 『CLOSE』Unscrew the retaining ring by turning counterclockwise, Long Term Storage Troubleshooting Insufficient FuelWater or contaminants in fuel Excessive Welding Arc No AC output AC Output is WeakSlow-Down does not activate Engine does not stop Stop Solenoid disorder Engine Wiring Diagram DGW311L DGW311DM Generator Wiring Diagram DGW311L W220B DGW311L W380A DGW311L W400A DGW311L W415A Telephone 81-82-849-2220 FAX